Digital Matter Studio – Workshop development at CITA Copenhagen

The Digital Matter Studio Students and Tutors continue their experience in Copenhagen:

The Students are continuing to develop their research and prototypes in the workshop studying the ways of creating tensioned membranes with disconnected bending active elements, stabilising non-elastic membranes locally (for example with the configuration of three linear elements placed in a reciprocal configuration).

Within the workshop a series of questions are being discussed and developed among which: the setup of bending active elements; patterns towards the creation of membranes with local active bending tensioning (regular, irregular, self-organising); topology of skin, single, double, splitting skin; the computation of bending active and tensioned skin; modelling of interdependent models for skin and bending active elements; as well as tools for 3d modelling and pattern cutting of membranes.

The CITA tutors Mette Ramsgaard Thompsen and David Stasiuk also gave a presentation on the evolution of the works produced during the Workshop held in IaaC, by David Stasiuk – digitalization of the physical models for the self parametrization -, Henrik Leander Evers – 3D scanning expert -, as well as the RS3 studio directors: Areti Markopoulou with Mette Ramsgaard Thompsen – CITA – and tutor Alexandre Dubor, and developed with the Digital Matter Studio students, earlier this year. The evolution presented included new generative algorithms to be added in the different stages of the design process, allowing to enhance the self-learning systems, as well as generating an optimisation criteria towards the final development of the 1:1 prototype. Said prototype is to be produced in CITA during an exhibition to be held in 2 weeks from now.

After the Presentation, the Students then presented the work they have developed so far in a Mid-Workshop Presentation, gaining some useful feedback towards the further development of these projects, and finally the 1:1 Prototype.

The Students and Tutors from IaaC also had the possibility to visit the 3XN /GXN, including a visit to the DAC (Danish Center of Architects).

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Digital Matter Studio – Research Trip to Copenhagen

The students and Tutors of the Digital Matters Research Studio have gone to Copenhagen to partake in a Workshop organised in collaboration CITA from the 3rd to the 7th of March.

The professors and tutors leading the 4 groups of students, both from CITA and IaaC, are: Prof. Christoph Gengnagel (UDK), Julien Nembrini (UDK), Mette Ramsgard Thomsen (CITA), Paul Nicholas (CITA), Martin Tamke (CITA), Anders Deleuran (CITA) , Areti Markopoulou (IaaC), Alexandre Dubor (IaaC) and Moritz Begle (IaaC).

The workshop is developed to investigate a further an understanding of material systems as being based on discreet energetic systems that negotiate flows of energy. The forces and emerging behaviour of the system are understood and simulated as well as used in a designerly way.

The investigation is centred on how materials and their properties can be modeled, chosen and programmed to influence a material system in a target oriented way.

The overarching concepts and computational techniques are exemplified and investigated in a structural system that negotiates the forces from programmed bending active elements and a tensile surface with variable geometry.

The IaaC students and tutors arrived in Copenhagen on Saturday, and started off their stay with a bicycle tour visiting the VM Houses, 8 taller, VM Mountain, Hotel by 3XN, as well as Christiania.

They then went to CITA where an introduction to the workshop, including the design task and diverse materials to be investigated. The students were then divided into their working groups, and started developing their specific tasks towards the creation of their first models.

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Aerogel

xerogel

 

The material under investigation was the use of aerogel in the field of architecture as a potential structural and electrically conductive material specific to the construction industry.

Aerogel was chosen as it is currently used in the field of architecture for insulation and skylight purposes only. The vision was to use it for other purposes as well by enhancing its properties taking advantage of its open pore structure. Read More »

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Rheological Matter

3

The project is based on creating a structural system that reacts to certain stimuli and changes its configuration within a given space. The nature of responsiveness can occur after the structure is erected, resulting in real-time reactions to its local users. We experimented with different materials which were activated with various stimuli such as shear force, electricity, and magnetic fields. The problem was that in order to achieve bigger viscosity we had to apply continuous. One answer to this question were materials with photorheological (PR) properties, which get stiffer when you apply UV light and stay stiff until you apply a different UV light. However, due to the high cost and rarity of the aforementioned PR materials we are working with microcrystalline wax insted, which also allows us to create an optimized system without exerting a lot of energy. Read More »

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RS3 Workshop – ADAPTIVE SELF-PARAMETRISATION

This week the Research Studio 3 DIGITAL MATTER – INTELLIGENT CONSTRUCTIONS partook in the Adaptive Self-Parametrisation workshop, in parallel with CITA. The workshop was held by David Stasiuk –  digitalization of the physical models for the self parametrization -, Henrik Leander Evers – 3D scanning expert -, as well as the RS3 studio directors: Areti Markopoulou with Mette Ramsgaard Thompsen – CITA -  and tutor Alexandre Dubor.

The parametric model is limited by the need for defining all parameters at the start of the design process. This is contrary to the nature of design as a process of discovery. As any designer knows, the design space is dynamic changing as new information is discovered, understood and synthesised.

This workshop investigated the creating of self parametrisising models. Models that learn their parameters during the design process. By merging crafts based material knowledge with computational strategies for generative design, the workshop asked the students to think about how evolutionary systems can be implemented as conceptual as well as practical design tools. Taking point of departure in the building of a vault we want to create a design system that explores the breadth of a design space so as to understand how a network of single arches performs together and how they can be constructed.

The workshop was undertaken in sequence a parallel workshops between IAAC and CITA.  Read More »

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